|Element Index Selector (ElementIndexSelector)|
Retrieve element indices by filtering based on material, section and group.
|Element Force Viewer (ElemForceView)|
Ouput the internal forces and moments of elements
|Diagram Viewer (DiagramViewer)|
Show force diagrams on elements.
|Results On Mesh Viz (MeshViz)|
Visualize structural data on a beam mesh.
|Centerline Viewer (CLineView)|
View the centerline geometry. Plug your relax output into this component to see the geometry for each iteration.
|Reaction Forces (ReactForce)|
View the reaction forces in of model
|Node Forces (NodeForce)|
Extract the internal forces and moments of the nodes
|Section Viewer (SectionView)|
Visualize the extruded sections of the members in the model represented as meshes. The sections will correspond to what's been defined for each element.
Create a 6 DOF spring element. The spring can be used for geometrical form-finding, when structural quantaties (such as forces and moments) are not important.
Create a 6 DOF cable element. Cables are capable of transferring tension, but not compression.
Defines a Structural model. Assemble all elements, loads, restraints, materials and cross sections using this component.
Create a 12 DOF Beam element from a line, material and cross section. By default a steel material and a circular section is assigned to the beam.
Create a 6 DOF bar/truss element. No bending will occur in the elment, only axial force. In other words, the end nodes are only capable of transferring force, no moments.
Restrain a node's degrees of freedom
Defines a continous grid-shell lath element
|Solid Box Section (SolidBoxSection)|
Create a solid box section by providing a height and width.
|Generic Section (GenericSection)|
Create a generic cross section by providing numerical data.
|Circular Section (CircularSection)|
Create a Circular Hollow Section (CHS) based on a radius and a thickness.
|IShape Section (IShapeSection)|
Create an I Shape section by providing overall depth, overall width, top flange depth, web width, bottom flange width, and bottom flange depth
|Hollow Box Section (HollowBox)|
Create a Hollow Box Section by providing height, width and thickness.
|Linear Load (LinearLoad)|
Define a load per length unit [N/m]. Note that the line has to coincide with an existing linear element in the model.
|Point Load (PointLoad)|
Define a point load with a force vector [N] and a anchor point.
|Area Load (AreaLoad)|
Define an area load by a force vector [N/m2] and a mesh. Note that the all vertices of the mesh have to coincide with nodes in the model.
|Gravity Load (GravityLoad)|
Apply gravity load on a structure. The dead load of an element is calculated using information such as material density, the cross section applied and the geomety.
|Dynamic Relaxation Properties (DrProp)|
Properties to manually set the options for the Dynamic Relaxation solver.
|Matrix Stiffness Solver (MatrixStiffnessSolver)|
Solves the static equilibrium state of a Model. The underlying algorithm is based on solving the system of linear system of equations Ka=f.
|Dynamic Relaxation Solver (DrSolver)|
Solver using the Dynamic Relaxation method to find the equilibrium state of a model through time stepping. Connect the timer to this component to animate the process.
|Mesh Vextex Normals (MeshVertexNormals)|
Computes the vertex normals of a mesh. This is done by averaging the surrounding face normals around a vertex.
Gets information about the plugin